There are 22 pounds in 1 kilogram, so multiply 22x25...
Nearly half of your body weight is muscle tissue. So if you weigh 140 pounds, nearly 70 pounds of it is from the muscles attached to your bones.
their weight in water is 91.2 pounds
the average weight (give or take a few depending on body time ect.) is 100 pounds at 5'0" after that you add five pounds for each inch - that's your everage weight. but I wouldn't worry about it to much hun, just be yourself. :)
The ideal body weight for a female who is 62 inches tall, is approximately 110 pounds. A male who is 62 inches tall, is approximately 120 pounds. However, due to puberty and growth spurts, ideal body weight is not taken into consideration until one reaches age 18.
Everyone has a different percentage of water in their body. Babies have more water percentage than adults. Men have more than women. The average adult male had approximately 60% water in his body, where as a female typically has 55%. Those with more fat than muscle have less water by volume than those who are thinner.
1 pound = 16 ounces140 pounds = 2,240 ounces
To find the percentage of your body weight that is intestinal bacteria, first convert 3.3 pounds to kilograms (1 pound is approximately 0.45 kilograms). The weight of your intestinal bacteria is about 1.5 kilograms. Divide the weight of your intestinal bacteria by your total body weight (1.5 kg / 54.4 kg), then multiply by 100 to get the percentage. In this case, the intestinal bacteria makes up around 2.76% of your body weight.
78 kilograms = 171.96 pounds (this would normally be rounded up to 172lbs)The formula to convert 78 kg into lbs78 kg*2.2046 lbs1 kg=171.9605645 lbs
21.25 pounds of fat
Your body can change its weight as much as 6 pounds a day.
100 pounds
50 pounds
If you are talking about 60 pounds body weight, PLEASE CHECK WITH A MEDICAL PHYSICIAN - this may not be a healthy goal.
You cannot lose 60 pounds of body weight in one month by any natural means. It is an unrealistic expectation.
VO2 max is a measure of the maximum volume of oxygen that an athlete can use. It is measured in millilitres per kilogramme of body weight per minute (ml/kg/min).
190 to 200 pounds
No. 2.20 pounds = 1kg